Agents

The memory layer multi-agent AI runs on.

What is agent memory? Agent memory is the persistent, shared context that allows AI agents to operate effectively across sessions, across tools, and across other agents. Without private memory, every agent session starts from zero. Chordian is the institutional memory layer that solves this — every agent reads from the same private memory, and every query enriches that memory for every subsequent interaction.

Your agents are not the problem. The missing memory layer is.

Most enterprise AI failures are memory failures. An agent that cannot remember what it learned in the last session. A pipeline where the research agent and the drafting agent work from different versions of the same facts. A multi-agent workflow where entity identity is resolved independently by each agent.

The solution is a shared private memory layer that every agent reads from and writes to — maintained with Entity Coherence, continuously updated, and deployed in your own environment.

One memory. Every agent. Coherent across every handoff.

Shared institutional memory — every agent via MCP, API, or SDK reads from the same private memory vault.

Agent-to-agent context — handoffs pass context through shared memory, not prompt concatenation.

Entity Coherence across agents — one coherent entity across the pipeline, resolved at ingest.

Write-back on every query — retrieval enriches shared memory at query time.

MCP-native. API-first. Works with every major agent framework.

MCP Server — install in under 30 seconds. Works with Claude Code, Cursor, OpenAI Codex, Gemini CLI, Windsurf, and any MCP-compatible framework.

REST API — full OpenAPI specification with source attribution on every call.

Python & TypeScript SDK — agent memory helpers, Deep Search client, and write-back built in.

See full developer documentation →

Use cases

  • Multi-agent research pipelines with no context lost between handoffs
  • Persistent customer intelligence across sessions
  • Agentic knowledge management with continuously updated memory